Where can I find detailed info on BSP thread
Where can I find detailed info on BSP thread
(OP)
We're currently redrawing all our old parts in NX, and one of the parts has an external 2"BSP thread and an internal 1 1/4th" BSP.
I'm trying to adapt the nx502_Threaded_Hole_Standard.xml file to add the 1 1/4th internal (since the biggest one in there is 1") but I can't seem to find all the necessary data (such as relief depth and diameter, hole and thread depth, etc.).
Can anyone point me in the right direction for this?
I'm trying to adapt the nx502_Threaded_Hole_Standard.xml file to add the 1 1/4th internal (since the biggest one in there is 1") but I can't seem to find all the necessary data (such as relief depth and diameter, hole and thread depth, etc.).
Can anyone point me in the right direction for this?





RE: Where can I find detailed info on BSP thread
Lots of thread standards listed here.
JHTH
NX 7.0.1.7 + TC 2007
RE: Where can I find detailed info on BSP thread
Modifying the xml file worked and, although it needed some creativity to fill in the blanks, I did manage to make the hole I wanted.
Now, for the external thread, I tried adding BSP in the thd_english.dat file, but that doesn't seem to do anything, did I do it the wrong way, or do I have to import the file somewhere?
This is what I added:
BSP,0
# BSP Thread
# Data from Google
# ----------------------------------------------------------------------------
# Name Major Minor Pitch Tap Drill Pipe Depth
# Dia. Dia. Dia. Dia.
# (internal (external
# threads) threads)
# (in) (in) (in) (in) (in) (in)
# ----------------------------------------------------------------------------
2-11_BSP 2.3470 2.2306 0.0909 2.2888 2.3500 3.0000
RE: Where can I find detailed info on BSP thread
As stated before, I'm still looking for such as relief depth and diameter, hole and thread depth and many others, which are not provided on that website.
Thanks for the reply though.
RE: Where can I find detailed info on BSP thread
Just looked at hole depth, too, which comes out at H.D. = 2.0254M.D. - 0.0261 with R²=0.9995
Hopefully this will get you on your way,
Jon
JHTH
NX 7.0.1.7 + TC 2007